DE102021113503A1 - Forward side protection module - Google Patents

Abstract

Side protection module 1 for a system frame structure comprising a first post 3, a second post 4, an upper member 5 and a lower member 6, the upper member 5 by means of a first upper member joint 7a and a second upper member joint 7b and the lower member 6 by means of a first lower member joint 8a and a second Lower bar joint 8b pivotable, are fastened between the first handle 3 and the second handle 4.

Description

The invention relates to a side protection module for a system frame structure comprising a first post, a second post, an upper member and a lower member.

Such side protection modules are used to prevent workers from falling during assembly work on system frameworks. In particular, it is necessary to have side protection prior to work in a new scaffolding level by means of leading side protection modules.

Known systems of separate individual elements are used as temporary protection for the erection and dismantling of the scaffolding. Railing elements running ahead are installed during assembly and replaced by other railing elements for regular operation.

The prior art also shows systems of rigid side guard rails that can be mounted from a secure position and that can remain permanently in the system frame structure.

The disadvantage here is that the side guard rails are unwieldy to handle and take up a large volume when they are transported.

The invention is therefore based on the object of creating a leading side protection which can be handled more practically.

This object is achieved by the characterizing features of the independent claims. The subclaims reflect advantageous and expedient developments.

The invention relates to a side protection module for a system frame structure comprising a first post, a second post, an upper beam and a lower beam, characterized in that the upper beam can be pivoted by means of a first upper beam joint and a second upper beam joint and the lower beam can be pivoted by means of a first lower beam joint and a second lower beam joint attached to the first handle and the second handle and detached using a special tool.

The formation of the side protection module by means of articulated upper and lower bars makes it possible to move the side protection module into an assembly position, whereby a worker can use an improved radius of movement during the assembly process.

In a preferred embodiment it is provided that the upper bar by means of joints and the lower bar by means of joints pivotably in a plane between the first post and the second post are arranged, in particular fastened, and the joints are horizontally offset from one another.

The degree of freedom between the spars and the stems is restricted in this version, which enables easier handling of the side protection module. In addition, the side protection module can be folded up to save space.
If the side protection module is installed on a system frame scaffolding, the bars can be hung down in parallel by loosening the joints, making the scaffolding level freely accessible.

Furthermore, it is provided that a longitudinal extent of the first post and / or a longitudinal extent of the second post is greater, in particular by at least a third longer, preferably at least twice as long, than the distance between the upper bar and the lower bar, preferably in the installed state, and / or the distance between the first upper rail joint and the first lower rail joint and the distance between the second upper rail joint and the second lower rail joint.

This ensures the necessary stability, which also enables flexible use in low or higher building areas.

Another embodiment provides that the first handle and the second handle are jointly connected to the upper bar and the lower bar in the form of a parallelogram.

This gives the side protection module a defined shape with restricted degrees of freedom of movement. Elongated shapes with narrow dimensions as well as right-angled shapes with a large area are possible. The side protection module can be swiveled together in a controlled manner in order to store it compactly for transport purposes. In addition, this enables the side protection modules to be passed on over a greater distance. Tilting for installation and extensive protection of the levels are thereby possible.

In a further preferred embodiment it is provided that the side protection module comprises a holding means or securing means, in particular a locking mechanism or a band or a chain on at least one of the joints, which in particular is pivoted and / or In the collapsed state, the upper spar and the lower spar are preferably releasably fixed to one another.

In this way, compact and safe storage and transport are possible without the available degrees of freedom of the joints being able to jam or catch the side protection modules with one another, for example on a transport pallet.

Another embodiment of the side protection module provides that a holding means or securing means fixes the bars to one another, e.g. the upper bar with the lower bar to one another in a detachable manner. In this way, the side protection module can be easily and compactly transported in the collapsed state and handled on the frame without having to handle a bulky, possibly inherently non-dimensionally stable object. A securing means is provided, which is designed, for example, as a mouth-shaped securing means, preferably with a locking means for locking the securing means in the collapsed state.

It is also provided that the upper beam and the lower beam are rigid.

The stability of the bars ensures simplified handling and increased safety. Furthermore, by varying the bars, greater flexibility can be used when using the side protection modules.

It is also provided that the upper spar and / or the lower spar are shortened compared to a scaffolding bay, in particular the bar length is made smaller by 50 cm compared to the scaffolding bay. The dimensions of a scaffolding bay are in particular formed by the distance along the longitudinal direction of a walking floor between the two vertical styles.

This increases the flexibility and compatibility of the side protection module when used with existing systems.

In a preferred embodiment it is provided that on the first post and / or on the second post, one arm protruding from a plane defined by the post and the spars is formed.

The outriggers ensure that the bars are offset in the direction of the walking floor, which enables greater safety thanks to the side protection module.

An expedient development of the side protection module provides that a receptacle forming a support is attached to the first arm and a receptacle forming a counter bearing for a vertical post is attached to the second arm. In particular, at least one, preferably both, receptacles is fork-shaped.

The securing on the vertical post is improved by a corresponding receptacle formation, in particular a fork-shaped formation engages around the vertical post in a form-fitting manner.

It is further provided that the first stick has at least one first support arm and / or the second stick has at least one second support arm.

The support brackets ensure increased stability of the side protection module within a system frame structure and, in conjunction with a vertical frame, can prevent the side protection modules from being removed at a later date.

In a preferred embodiment it is provided that the first handle comprises a double-cranked first suspension arm and the second handle has a single-cranked second suspension arm.

The suspension brackets each form a bearing point on a module stand or vertical frame and enable the side protection modules to be securely fixed to the covering-bearing components of the scaffolding systems, preferably the decking traverses of the vertical frames, with the first suspension bracket allowing the side protection module to tilt due to the double cranking in order to attach the second To enable suspension arm on a second module carrier.

Furthermore, it is provided that the joints are at least partially encased, in particular covered by means of a cover, preferably a tubular cover, as a clamping protection.

This prevents fingers from being trapped and the function being restricted by dirt.

The invention also provides a collapsible system frame scaffolding segment, which comprises at least two module stands or vertical frames, at least one walking floor, and at least one side protection module, the side protection module comprising a first post, a second post, an upper bar and a lower bar, the upper bar by means of a The first upper rail joint and a second upper rail joint and the lower rail are fastened pivotably between the first post and the second post by means of a first lower rail joint and a second lower rail joint, the side protection module accordingly the embodiments set out above is configured.

The use of a leading side protection module according to the invention on a separable system frame scaffolding segment facilitates both assembly and dismantling and always gives the worker protection against falling as soon as he has to step onto a new level when assembling the scaffolding.

Furthermore, it is provided that a receptacle forming a support of a first side protection module in combination with a receptacle forming a counter bearing of a second side protection module in combination with a vertical post of a module stand or the frame post of a vertical frame form a half-shell bearing point in a form-fitting manner. The receptacle forming a support of a first side protection module in combination with the receptacle forming a counter bearing of a second side protection module in combination with a vertical post of a module stand or vertical frame form a detachable, in the assembled state self-locking, in particular engaging behind and / or overlapping, locking.

This prevents unintentional detachment of individual elements during installation and enables quick connection to the assembly or dismantling of the system frame frame segment with the side protection module.

• - Aufstellen von wenigstens einem ersten Modulständer bzw. Vertikalrahmen und einem zweiten Modulständer bzw. Vertikalrahmen auf einer ersten Ebene N, insbesondere einer Grundebene, zur Bildung einer darüber liegenden Laufebene N1 umfassend das Verbinden der Modulständer bzw. Vertikalrahmen mit wenigstens einem Laufboden auf der Laufebene N1;
• - Anordnen eines ersten Seitenschutzmoduls für die Laufebene N1 durch:
• - Einhängen eines ersten Einhängeauslegers eines ersten Stiels eines ersten Seitenschutzmoduls in eine Traverse eines ersten Modulständers bzw. Vertikalrahmen;
• - Verkippen des ersten Stiels des ersten Seitenschutzmoduls um einen durch den ersten Einhängeauslegers gebildeten halbschaligen Lagerpunkt;
• - Einhängen eines zweiten Stiels des ersten Seitenschutzmoduls in einen zweiten Modulständer bzw. Vertikalrahmen.

The invention further provides a method for assembling a system frame structure consisting of at least one system frame structure segment and at least one side protection module, the system frame structure segment comprising at least two module uprights or vertical frames and at least one walking floor, the side protection module being designed according to at least one of claims 1 to 9, including the steps:

• - Erecting at least one first module stand or vertical frame and a second module stand or vertical frame on a first level N, in particular a base level, to form an overlying walking level N1 comprising connecting the module upright or vertical frame to at least one walking floor on walking level N1 ;
• - Arranging a first side protection module for the walkway level N1 by:
• - Suspending a first suspension arm of a first post of a first side protection module in a traverse of a first module stand or vertical frame;
• - Tilting the first post of the first side protection module about a half-shell bearing point formed by the first suspension arm;
• - Hang a second post of the first side protection module in a second module stand or vertical frame.

This enables a simple and quick construction of a system framework with leading side protection modules.

In addition, it is provided that further system frame scaffolding segments are added horizontally to expand level N1 and that further module stands or vertical frames are placed on the already standing module stands or vertical frames and further walking levels N2 to Nx are formed by placing a side protection module in front of each level above will. In Nx, the "x" stands for a continuous number of additional levels that build on one another.

This means that a system framework can be expanded as required.

A side protection module is also provided which, in conjunction with a vertical post ( 14th ) an deinstallation of the side protection module ( 1 ) prevented, in particular by means of a vertical handle ( 14th ) blocked, in particular by means of a vertical stick ( 14th ) is prevented.

In this way, security can be increased in a cost-effective and simple manner and negligent removal of the side protection modules after the system frame structure has been installed can be prevented.

For the purposes of the invention, the first post is to be regarded as the right-hand post arranged in front view of the side protection module on a scaffolding in front of a facade, and the second post as the left-hand post arranged in front view of the side protection module on a scaffolding in front of a facade.

Parallelograms are special trapezoids and two-dimensional parallelepipeds; in the context of the invention, rectangles, diamonds, rhombuses and squares are special cases of the parallelogram.

The plane is an extended, flat two-dimensional object; within the meaning of the invention, it is also defined by the stems and spars in such a way that the thickness of the stems and spars are not taken into account.

Additional details of the invention can be found in the drawings using schematic exemplary embodiments.

• 1 eine flächige und schematische Vorderansicht eines Seitenschutzmoduls im geschwenkten Zustand;
• 2 eine flächige und schematische Vorderansicht eines Systemrahmengerüstsegments;
• 3 eine schematische Darstellung der Installation eines erfindungsgemäßen Seitenschutzmoduls in flächiger und schematischer Vorderansicht;
• 4 eine schematische Draufsicht eines Vertikalstiels mit einem daran installierten zweiten Stiel eines ersten Seitenschutzmoduls und einem ersten Stiel eines zweiten Seitenschutzmoduls mit einem zweiten Ausleger des ersten Seitenschutzmoduls und einem ersten Ausleger eines zweiten Seitenschutzmoduls;
• 5 eine perspektivische schematische Darstellung eines Systemrahmengerüsts mit Vertikalstielen und daran installierter Systemrahmengerüstmodule;
• 6 eine schematische Vorderansicht eines installierten ersten Stiels eines ersten Seitenschutzmoduls und eines zweiten Stiels eines zweiten Seitenschutzmoduls an einem Vertikalstiel;
• 7 eine schematische Detailansicht eines Stützauslegers an einem Kippstift eines Modulständers bzw. Vertikalrahmens und
• 8 eine schematische Darstellung eines Seitenschutzmoduls im zusammengeklappten Zustand.

Here shows:

• 1 a flat and schematic front view of a side protection module in the pivoted state;
• 2 a two-dimensional and schematic front view of a system frame framework segment;
• 3 a schematic representation of the installation of a side protection module according to the invention in a two-dimensional and schematic front view;
• 4th a schematic top view of a vertical post with a second post of a first side protection module installed thereon and a first post of a second side protection module with a second bracket of the first side protection module and a first bracket of a second side protection module;
• 5 a perspective schematic representation of a system framework with vertical posts and system framework modules installed thereon;
• 6th a schematic front view of an installed first post of a first side protection module and a second post of a second side protection module on a vertical post;
• 7th a schematic detailed view of a support bracket on a tilting pin of a module stand or vertical frame and
• 8th a schematic representation of a side protection module in the folded state.

1 shows a side protection module 1 for a system framework. This side protection module 1 includes a first stem 3 , a second stem 4th , an upper spar 5 and a lower beam 6th . The upper spar 5 is by means of a first upper rail joint 7a and a second top rail joint 7b and the lower beam 6th by means of a first lower bar joint 8a and a second lower bar hinge 8b pivotable in one plane, between the first stem 3 and the second stem 4th attached. A longitudinal expansion 9 of the first stem 3 and / or a longitudinal extension 10 of the second stem 4th is greater than the distance 11th between the upper beam 5 to the lower beam 6th . In particular, the longitudinal extent 9 and or 10 at least a third longer, preferably at least twice as long. This is preferably the case when installed. In particular, the longitudinal extent 9 and or 10 greater than the distance 11th between the first top rail joint 7a and the first lower bar joint 8a as well as the distance 11th between the second top rail joint 7b and the second lower bar joint 8b be. The first stem 3 and the second stem 4th are together with the upper beam 5 and the lower beam 6th connected in the form of a parallelogram. On the first stalk 3 and / or on the second stem 4th , is one of each through the stems 3 , 4th and the spars 5 , 6th defined level outstanding boom 12a , 12b educated. On the first boom 12a is a mounting joint forming a pivot point for pivoting 13a and on the second boom 12b an assembly joint forming an assembly counter joint 13b for a vertical stick 14th appropriate. The recordings 13a , 13b are fork-shaped. The first stem 3 has at least one first support arm 15a and / or the second stem 4th at least one second support arm 15b on. The first stem 3 includes a double-cranked first suspension arm 16 . The second stem 4th has a simply cranked second suspension arm 17th on. In sync with 2 it can be seen that the suspension arm 16 , 17th a counter bearing to the in 2 shown trusses 29 form.

2 shows a on a plane N 27 standing, collapsible system frame scaffolding segment 18th . This includes a first module stand 25th or vertical frame and a second module stand 26th or vertical frame. The module stands or vertical frames 19th include vertical stems 14th and wear a walking floor 20th to form a level N1 28 . In connection with the side protection module according to the invention ( 1 ) level N1 28 must be secured in advance. In the synopsis with 1 it can be seen that trusses 29 a support for the in 1 shown suspension arm 16 and 17th form.

3 shows an installation of a side protection module according to the invention 1 at one on a level N 27 standing system framework. In level N2 30th is already a first side protection module 21a attached and a second protection module 21b is also installed. First, starting from a plane N1 28 a first stalk 3 by tilting the side protection module 21b just below level N2 30th on a module stand 19th or vertical frame installed by the first suspension arm 16 on the traverse 29 is hung. The side protection module 1 will then go up to a level N2 30th tipped to a second stem 4th in another module stand 19th or hang in vertical frame. Slipping out of the first stem 3 is by a loose latch 23 prevented which by a mounting hinge 13a and a mounting counter joint 13b a side protection module already in the scaffolding 21a , as well as the vertical handle encompassed by a fork-shaped receptacle 14th , prevented.

4th shows a schematic top view of a vertical stick 14th with two side protection modules installed on the right and left 1 . To see is one on the vertical stem 4th installed second stem 4th a first side protection module 21a (in 3 fully shown) and a first stem 3 a second side protection module 21b (in 3 shown in full) with a second boom 12b of the first side protection module 21a and a first arm 12a of a second side protection module 21b . The walking floors 20th are on the traverse 29 Installed. On the vertical handle 14th are a first hanging bracket 16 and a second suspension arm 17th (not visible) attached. The first boom 12a a second side protection module engages by means of a fork-shaped receptacle 13a on the vertical post 14th and prevents slipping out during the installation of the side protection module 21b . The boom 12a and 12b ensure a reduced distance between the walking floors 20th and the bars, which prevents slipping between the walkways and bars.

5 shows a perspective view of a total of four installed side protection modules 1 on two modular stands combined one above the other 19th or vertical frame. A first stem can be seen twice each 3 with a first boom 12a , a first upper rail joint 7a , as well as a first lower bar joint 8a and a first outrigger 15a . There is also a second handle twice 4th with a second boom 12b , a second upper rail joint 7b , as well as a second lower bar joint 8b and a second outrigger 15b . On a traverse 29 are installed walking floors 20th to see the those through the side protection modules 1 Form secured levels.

• ein erster Stiel 3 mit einem ersten Oberholmgelenk 7a, ein erstes Unterholmgelenk 8a, ein erster Stützausleger 15a, einem ersten Ausleger 12a, einem erstem Einhängeausleger 16 und einer Aufnahme 13a. Außerdem ist ein zweiter Stiel 4 mit einem zweitem Oberholmgelenk 7b, einem zweitem Unterholmgelenk 8b, einem zweitem Stützausleger 12b, einem zweitem Einhängeausleger 17 und einer Aufnahme 13b zu sehen. Dieser ist installiert an einem Vertikalstiel 14. Die Aufnahme 13a und 13b bilden den halbschaligen Drehpunkt 22 und eine lose Verriegelung 23. Bei der Installation eines einzelnen Seitenschutzmoduls wird dessen erster Stiel 3 mittels des ersten Einhängeauslegers 16 an dem Modulrahmen bzw. Vertikalrahmen eingehängt und um einen Drehpunkt 22 nach rechts verkippt, um linksseitig den zweiten Stiel 4 mittels des zweiten Einhängeausleger 17 einzuhängen. Die Montagegelenke 13a und 13b verhindern dabei ein ungewolltes Lösen der Elemente voneinander. Weiterhin ist zu erkennen, dass durch den horizontalen Versatz der Gelenke 7a und 8a ein Lösen der Gelenke 7b und 8b an einem Seitenschutzmodul mittels eines Spezialwerkzeugs, ein paralleles Nachuntenhängen der Holme ermöglicht wird. Dies sorgt dafür, dass die durch dieses Seitenschutzmodul gesicherte Ebene frei zugänglich gemacht werden kann.

6th shows a representation of the 5 excerpts in plan view. A part of a system frame structure formed from a first side protection module can be seen 21a and a second side protection module 21b , installed on a module frame 19th or vertical frames with walking floors 20th . It is shown in detail:

• a first stalk 3 with a first upper rail joint 7a , a first lower bar joint 8a , a first outrigger 15a , a first boom 12a , a first suspension arm 16 and a recording 13a . There is also a second stem 4th with a second upper rail joint 7b , a second lower bar joint 8b , a second outrigger 12b , a second hanging bracket 17th and a recording 13b to see. This is installed on a vertical post 14th . The recording 13a and 13b form the half-shell pivot point 22nd and a loose latch 23 . When installing a single side protection module, its first stem 3 by means of the first suspension arm 16 hung on the module frame or vertical frame and around a pivot point 22nd tilted to the right, to the left the second stem 4th by means of the second suspension arm 17th to hang up. The mounting joints 13a and 13b prevent the elements from becoming detached from one another. It can also be seen that the horizontal offset of the joints 7a and 8a a loosening of the joints 7b and 8b on a side protection module by means of a special tool, a parallel hanging down of the bars is made possible. This ensures that the level secured by this side protection module can be made freely accessible.

7th shows schematically a detailed view of the reaching under a support arm 15a on a toggle pin 24 of a vertical stem 14th . Pulling one by means of the first upper rail joint 7a on a first stalk 3 fortified upper spar 5 inward in the direction of the walkways is prevented.

8th shows a schematic representation of a side protection module 1 in the folded state, with a holding means or securing means 31 for example on the first upper rail joint 7a the upper beam 5 with the lower beam 6th releasably fixed to one another by the securing means, which in this embodiment is mouth-shaped 31 on the lower beam 5 attacks and engages. Unfolding the side protection module 1 can thus be prevented, thereby enabling space-saving storage or simpler transport.

List of reference symbols

1

Side protection module

3

first stem

4th

second stem

5

Upper spar

6th

Lower beam

7a

first upper rail joint

7b

second upper rail joint

8a

first lower bar joint

8b

second lower bar joint

9

Longitudinal expansion

10

Longitudinal expansion

11

distance

12a

first boom

12b

second boom

13a

Mounting joint

13b

Mounting counter joint

14th

Vertical stem

15a

first outrigger

15b

second outrigger

16

first suspension arm

17th

second suspension arm

18th

dismountable system frame scaffolding segment

19th

Module stand

20th

Walking floor

21a

first side protection module

21b

second side protection module

22nd

half-shell pivot point

23

loose locking

24

Toggle pin

25th

first module stand

26th

second module stand

27

Level n

28

Level N1

29

traverse

30th

Level N2

31

Securing means

Claims (15)

Side protection module (1) for a system frame structure comprising a first post (3), a second post (4), an upper member (5) and a lower member (6), characterized in that the upper member (5) by means of a first upper member joint (7a) and a second upper bar hinge (7b) and the lower bar (6) are pivotable by means of a first lower bar hinge (8a) and a second lower bar hinge (8b) between the first handle (3) and the second handle (4). Side protection module (1) Claim 1 characterized in that the upper bar (5) by means of the joints (7a, 7b) and the lower bar (6) by means of the joints (8a, 8b) are arranged pivotably in a plane between the first handle (3) and the second handle (4) , in particular are attached and the joints have a horizontal offset to one another. Side protection module (1) Claim 1 , or 2 characterized in that a longitudinal extension (9) of the first stem (3) and / or a longitudinal extension (10) of the second stem is greater, in particular by at least a third longer, preferably at least twice as long, than the distance (11) between the upper beam (5) to the lower beam (6), preferably in the installed state, and / or the distance (11) between the first upper beam joint (7a) and the first lower beam joint (8a) and the distance (11) between the second upper beam joint (7b) and the second lower beam joint (8b). Side protection module (1) according to one of the preceding claims, characterized in that the first post (3) and the second post (4) are connected together with the upper bar (5) and the lower bar (6) in the form of a parallelogram and / or that the The upper beam (5) and the lower beam (6) are made rigid and / or that the upper beam 5 and / or the lower beam 6 are made shorter than a scaffolding bay, in particular the bar length is 50 cm shorter than the scaffolding bay. Side protection module (1) according to one of the preceding claims, characterized in that the side protection module (1) comprises a holding means or securing means, in particular a locking mechanism or a band or a chain on at least one of the joints, which in particular in a pivoted and / or collapsed state preferably the upper beam 5 and the lower beam 6 are releasably fixed to one another. Side protection module (1) according to one of the preceding claims, characterized in that on the first post (3) and / or on the second post (4), one of each through the posts (3, 4) and the bars (5, 6 ) defined plane protruding arm (12a, 12b) is formed, preferably on the first arm (12a) a receptacle (13a) forming a support and on the second arm (12b) a receptacle (13b) forming a counter bearing for a vertical stick ( 14) is attached, the receptacles (13a, 13b) being particularly fork-shaped. Side protection module (1) according to one of the preceding claims, characterized in that the first post (3) has at least one first support arm (15a) and / or the second post (4) has at least one second support arm (15b). Side protection module (1) according to one of the preceding claims, characterized in that the first post (3) comprises a double cranked first suspension arm (16) and the second post (4) has a single cranked second suspension arm (17) and / or that the joints (7a, 7b, 8a, 8b) are at least partially encased, in particular covered by means of a cover, preferably tubular cover, as protection against trapping. Side protection module (1) according to one of the preceding claims, characterized in that a holding means or securing means (31) releasably releasably connect the upper bar (5) with the lower bar (6) from one another fixed, in particular arranged on the upper bar joint (7a) and engaging the lower bar (5) and releasably engaging with it and / or is designed as a jaw-shaped securing means (31), preferably with a locking means for locking the securing means (31). Dismountable system frame scaffolding segment (18) comprising at least two module uprights or vertical frames (19), at least one walking floor (20), and at least one side protection module (1), characterized in that the side protection module (1) has a first post (3), a second post ( 4), an upper beam (5) and a lower beam (6), the upper beam (5) by means of a first upper beam joint (7a) and a second upper beam joint (7b) and the lower beam (6) by means of a first lower beam joint (8a) and a second lower bar joint (8b) are pivotally attached between the first handle (3) and the second handle (4). Dismountable system frame scaffolding segment (18) according to Claim 10 characterized in that the side protection module (1) according to at least one of Claims 2 until 9 is designed. Dismountable system frame scaffolding segment (18) according to Claim 11 characterized in that a mounting joint (13a) forming a mounting of a first side protection module (21a) in combination with a mounting counter joint (13b) forming a second side protection module (21b) in combination with a vertical post (14) of a module stand (19) or Vertical frames form a half-shell pivot point (22) in a form-fitting manner and / or that the receptacle of a first side protection module (21a) forming an assembly joint (13a) in combination with the receptacle of a second side protection module (21b) in combination with a vertical post (13b) forming an assembly counter joint (13b). 14) of a module stand (19) or vertical frame form a detachable lock (23) that locks itself in the assembled state, in particular that engages behind and / or overlaps. Dismountable system framework make one of the Claims 10 until 12th The side protection module (1) is designed in such a way that, in cooperation with a vertical post (14), the side protection module (1) is prevented from being uninstalled, in particular blocked by means of a vertical post (14), in particular prevented by a stop located on a vertical post (14) . A method for assembling a system frame structure consisting of at least one system frame structure segment (18) and at least one side protection module (1), the system frame structure segment (18) comprising at least two module stands (19) or vertical frames and at least one walking floor (20), the side protection module (1 ) after at least one of the Claims 1 until 9 is designed, comprising the steps: - Erecting at least one first module stand (25) or vertical frame and a second module stand (26) or vertical frame on a first level N, in particular a base level (27), to form an overlying walking level N1 (28) comprising connecting the module uprights (25, 26) or vertical frames to at least one walking floor (20) on the walking level N1; - Arranging a first side protection module (1) for the walking level N1 by: - hanging a first suspension arm (16) of a first post (3) of a first side protection module (1) in a traverse (29) of a first module stand (25) or vertical frame; - Tilting the first post (3) of the first side protection module (1) about a half-shell pivot point (22) formed by the first suspension arm (16); - Suspending a second post (4) of the first side protection module (1) in a second module stand (26) or vertical frame. Procedure according to Claim 14 , further system frame scaffolding segments (18) being added horizontally to expand the level N1 (28) and / or where further module stands (19) or vertical frames are placed on the already standing module stands (19) or vertical frames and further walking levels N2 (30) to Nx are formed, characterized in that a side protection module (1) is arranged in front for a level above.

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